Page 80 - UR221 Creative & Scientific Thinking_Neat

6.14 Applications in Modern Computing

6.14 Applications in Modern Computing

Early scientific principles are reflected in:

ˆ oftware testing S

ˆ lgorithm experimentation A

ˆ ata-driven decision making D
ˆ esearch and development in AI R

Scientific thinking remains central to computing innovation.

6.15 Modern Scientific Methodology

Modern scientific methodology represents a systematic, structured, and evidence-

based approach to acquiring knowledge and solving problems. It evolved from early

scientific practices into a formal process that emphasizes experimentation, measurement,
verification, and reproducibility. For students of Computer Science and Information Sys-

tems, modern scientific methodology is essential because it underpins:

ˆ lgorithm design and analysis A

ˆ oftware engineering practices S

ˆ ata science and machine learning D
ˆ cientific research and experimentation S

This lecture explains the core components, steps, and importance of the modern scientific

method, with applications in computing.

6.16 Definition of Modern Scientific Method

The modern scientific method is a logical sequence of steps used to investigate phe-

nomena, acquire new knowledge, or validate existing understanding through empirical

evidence. It is characterized by:

ˆ bjectivity O
ˆ ystematic procedures S

ˆ mpirical testing E

ˆ epeatability R

ˆ ogical reasoning L
Unlike early methods, modern methodology relies heavily on controlled experiments and

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